CN105877697B - The electronic equipment of biological effect image is provided - Google Patents
The electronic equipment of biological effect image is provided Download PDFInfo
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- CN105877697B CN105877697B CN201510038262.1A CN201510038262A CN105877697B CN 105877697 B CN105877697 B CN 105877697B CN 201510038262 A CN201510038262 A CN 201510038262A CN 105877697 B CN105877697 B CN 105877697B
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Classifications
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- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
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- A—HUMAN NECESSITIES
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- A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
- A61N5/00—Radiation therapy
- A61N5/06—Radiation therapy using light
- A61N5/0613—Apparatus adapted for a specific treatment
- A61N5/0618—Psychological treatment
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- G—PHYSICS
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- G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
- G09G3/00—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes
- G09G3/20—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters
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- A—HUMAN NECESSITIES
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- A61N5/00—Radiation therapy
- A61N5/06—Radiation therapy using light
- A61N2005/0635—Radiation therapy using light characterised by the body area to be irradiated
- A61N2005/0643—Applicators, probes irradiating specific body areas in close proximity
- A61N2005/0644—Handheld applicators
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
- G09G2310/00—Command of the display device
- G09G2310/02—Addressing, scanning or driving the display screen or processing steps related thereto
- G09G2310/0235—Field-sequential colour display
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- G09G2340/00—Aspects of display data processing
- G09G2340/06—Colour space transformation
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- G—PHYSICS
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- G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
- G09G2380/00—Specific applications
- G09G2380/08—Biomedical applications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/724—User interfaces specially adapted for cordless or mobile telephones
- H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
- H04M1/72427—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality for supporting games or graphical animations
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Abstract
Electronic equipment includes processor, it is configured as the operation of controlling electronic devices, it is couple to the memory devices of processor, wherein memory devices are configured as carrying out work as the main memory of electronic equipment, and it is couple to the display equipment of processor, it wherein shows that equipment is configured as showing original image based on the first image data for original image at first frame, and biological effect image is shown based on the second image for biological effect image at the second frame.
Description
Technical field
Exemplary embodiment of the invention is related to electronic equipment.More specifically, exemplary embodiment of the invention is related to mentioning
For the electronic equipment of biological effect image.
Background technique
Recently, the biological effect equipment to human body radiating light, such as phototherapy apparatus have been developed.For example, biological effect
Equipment can be used to provide biological effect, such as skin nursing, circadian rhythm control or treating depression.However, traditional life
Object effect device be usually only configured for a kind of certain types for the treatment of (such as anti-inflammatory therapy, papule therapy, wrinkle therapy,
Skin-whitening therapy, circadian rhythm control or depression therapy).As a result, user may need different biological effect equipment to use
In different treatments.In addition, such traditional biological effect device not can be configured as display while user undergoes phototherapy
Other images (such as visual image).
Summary of the invention
Exemplary embodiment is related to providing the electronic equipment of biological effect image.
According to one exemplary embodiment, electronic equipment includes processor, is configured as the operation of controlling electronic devices, coupling
To the memory devices of processor, wherein memory devices are configured as working as the main memory of electronic equipment, and coupling
To the display equipment of processor, wherein display equipment is configured as at first frame based on the first picture number for original image
According to display original image, and biological effect figure is shown based on the second image data for biological effect image at the second frame
Picture.
In some exemplary embodiments, processor may include the graphics process list for being configured as control display equipment
Member, and graphics processing unit may include memory cell, be configured as the second image that storage is used for biological effect image
Data and image processing unit are configured as at first frame providing the first image data to display equipment, and second
The second image data stored in a memory cell is provided to display equipment at frame.
In some exemplary embodiments, processor may include the graphics process list for being configured as control display equipment
Member, and graphics processing unit may include image processing unit, be configured as at first frame providing first to display equipment
Image data generates the second image data by the first image data of modulation, and provides institute to display equipment at the second frame
The second image data generated.
In some exemplary embodiments, electronic equipment, which may further include, to be coupled between processor and display equipment
Graphics card, wherein graphics card is configured as control display equipment, and graphics card may include memory cell, be configured as
Storage is used for the second image data and image processing unit of biological effect image, is configured as setting at first frame to display
It is standby that first image data is provided, and the second picture number stored in a memory cell is provided to display equipment at the second frame
According to.
In some exemplary embodiments, electronic equipment, which may further include, to be coupled between processor and display equipment
Graphics card, wherein graphics card is configured as control display equipment, and graphics card may include image processing unit, be configured
To provide the first image data to display equipment at first frame, the second image data is generated by the first image data of modulation,
And the second image data generated is provided to display equipment at the second frame.
In some exemplary embodiments, memory devices can store the second picture number for biological effect image
According to and image procossing code, and image procossing code can by processor operation come at first frame to display equipment provide
First image data, and the second image data stored in memory devices is provided to display equipment at the second frame.
In some exemplary embodiments, memory devices can store image procossing code, and image procossing code
The first image data can be provided to display equipment at first frame by processor operation, and pass through the first picture number of modulation
According to generating the second image data, and the second image data generated is provided to display equipment at the second frame.
In some exemplary embodiments, display equipment may include display panel and internal storage, be disposed in aobvious
Show on panel, and is configured as the second image data and image procossing code that storage is used for biological effect image, and
Show in the internal storage of equipment the image procossing code that stores can by processor operation come at first frame to display surface
Plate provides the first image data, and provides the second picture number stored in internal storage to display panel at the second frame
According to.
In some exemplary embodiments, display equipment may include display panel and display driver, be configured as connecing
The first image data for being used for original image is received, it is original to show based on the first image data driving display panel at first frame
Image, and drive display panel to show biological effect image based on the second image data at the second frame.
In some exemplary embodiments, display driver may include memory cell, be configured as storage for giving birth to
Second image data of object effect image, image processing unit are configured as receiving the first image data, export at first frame
First image data, and the second image data stored in a memory cell and driving unit are exported at the second frame,
It is configured as driving display panel based on the first image data exported from image processing unit at first frame, and second
Display panel is driven based on the second image data exported from image processing unit at frame.
In some exemplary embodiments, memory cell can store the image data conduct for behavior induction image
For the second image data of biological effect image, image processing unit can stored at the second frame to driving unit offer
The image data for behavior induction image stored in device unit, and driving unit can be at the second frame based on for going
Behavior to induce the image data of image to drive display panel to show as biological effect image induces image.
In some exemplary embodiments, behavior induction image can be the blink induction image that induction user blinks it.
In some exemplary embodiments, image can be induced to reach predetermined lasting time with epideictic behaviour, when this is predetermined lasting
Between shorter than duration for feeling of user.
In some exemplary embodiments, memory cell can store to be used as the image data of phototherapy image and be used for
Second image data of biological effect image, image processing unit can be provided to driving unit in memory list at the second frame
The image data for phototherapy image stored in member, and driving unit can be at the second frame based on for phototherapy image
Image data drives the display panel to show the phototherapy image as biological effect image.
In some exemplary embodiments, display driver may include image processing unit, be configured as reception first
Image data exports the first image data at first frame, generates the second image data by the first image data of modulation, and
And the second image data and driving unit are exported at the second frame, it is configured as being based at first frame from image processing unit
First image data of output drives display panel, and based on the second image exported from image processing unit at the second frame
Data-driven display panel.
In some exemplary embodiments, display driver can also include being configured as storage to induce image for behavior
Image data memory cell, image processing unit can pass through synthesis the first image data and for going at the second frame
The second image data is generated to induce the image data of image, and driving unit can be at the second frame based on wherein first
Image data and display panel is driven for the second image data for being synthesized of image data of behavior induction image, with display
The image being synthesized as the wherein original image of biological effect image and behavior induction image.
In some exemplary embodiments, the image for wherein synthesizing original image and behavior induction image can be shown up in advance
Determine the duration, which is shorter than the duration that user feels.
In some exemplary embodiments, image processing unit can be at the second frame by adjusting in the first image data
In include at least one of red subpixel data, green subpixel data and blue subpixel data generate the second figure
As data, and driving unit can be at the second frame based on wherein red subpixel data, green subpixel data and blue
The second image data that at least one of sub-pixel data is adjusted drives display panel, using display as biological effect figure
The image that at least one of red luma, Green brightness and blue luminences are wherein adjusted from original image of picture.
In some exemplary embodiments, image processing unit can be at the second frame by reducing from the first image data
Blue subpixel data generates the second image data, and driving unit can be at the second frame based on wherein blue subpixels
The second image data that data are reduced drives display panel, to show the circadian rhythm control figure as biological effect image
Picture, wherein reducing blue luminences from original image to prevent from inhibiting the melatonin secretion of user.
In some exemplary embodiments, image processing unit can be at the second frame by increasing from the first image data
Blue subpixel data generates the second image data, and driving unit can be at the second frame based on wherein blue subpixels
The second image data that data are increased drives display panel, to show the circadian rhythm control figure as biological effect image
Picture, wherein increasing blue luminences from original image to inhibit the melatonin of user to secrete.
In some exemplary embodiments, image processing unit can be at the second frame by increasing from the first image data
Red subpixel data generates the second image data, and driving unit can be at the second frame based on wherein red sub-pixel
The second image data that data are increased drives display panel, to show the anomalous trichromatism compensation image as biological effect image,
Wherein increase red luma from original image to increase the visibility of the user with red anomalous trichromatism.
In some exemplary embodiments, image processing unit can be at the second frame by increasing from the first image data
Green subpixel data generates the second image data, and driving unit can be at the second frame based on wherein green sub-pixels
The second image data that data are increased drives display panel, to show the anomalous trichromatism compensation image as biological effect image,
Wherein increase Green brightness from original image to increase the visibility of the user with green anomalous trichromatism.
In some exemplary embodiments, image processing unit can be at the second frame by increasing from the first image data
At least one of red subpixel data, green subpixel data and blue subpixel data generate the second image data,
And driving unit can be at the second frame based on wherein red subpixel data, green subpixel data and blue subpixels number
According at least one of the second image data for being increased drive display panel, to show as biological effect image wherein
Increase the phototherapy image of at least one of red luma, Green brightness and blue luminences from original image.
In some exemplary embodiments, image processing unit can be at the third frame adjacent to the second frame by from
One image data reduces at least one of red subpixel data, green subpixel data and blue subpixel data to generate
Third image data, driving unit can be at third frames based on wherein red subpixel data, green subpixel data and indigo plant
The third image data that at least one of sub-pixels data are reduced drives display panel, to show wherein from original graph
Compensation image as reducing at least one of red luma, Green brightness and blue luminences, and based on aobvious at the second frame
The phototherapy image shown and the compensation image shown at third frame, can feel original image.
In some exemplary embodiments, electronic equipment can also include the sensor for being configured as sensing incident light.
In some exemplary embodiments, sensor can measure the coloration of incident light, also, when the incident light measured
Coloration indicate yellow when, display equipment can show as biological effect image prevent inhibit user melatonin secretion
Circadian rhythm control image.
In some exemplary embodiments, sensor can detecte the blink of user, also, if user in the predetermined time
Period does not bat an eyelid, then shows that equipment can show blink induction image as biological effect image.
In some exemplary embodiments, sensor can sense the infrared light as incident light, and in response to infrared
Biological effect mode can be initiated or be terminated to light, electronic equipment.
In some exemplary embodiments, sensor can be disposed in following at least one: include in display equipment
The active region of display panel, display panel peripheral region, be couple to display panel printed circuit board and display equipment
Outside.
According to one exemplary embodiment, electronic equipment, including display equipment are provided, is configured as showing it at first frame
The biological effect image that middle original image and predetermined image are synthesized, and at the second frame display wherein original image and with it is pre-
Determine compensation image and shutter glasses that the complementary image of image complementation is synthesized, is configured as being opened at first frame, and
And it is closed at the second frame.
In some exemplary embodiments, biometric image can be provided at first frame wears the first of shutter glasses
User, and there is no image to be provided to the first user at the second frame.
In some exemplary embodiments, biological effect image can be provided at first frame and not wear fast peephole
The second user of mirror, and compensate image and be provided to second user at the second frame, and based on the offer at first frame
Biological effect image and the compensation image provided at the second frame, second user can feel original image.
In some exemplary embodiments, predetermined image can be behavior induction image, anomalous trichromatism compensation image, circadian rhythm
Control image or phototherapy image.
According to one exemplary embodiment, electronic equipment includes display equipment, is configured as showing original image at first frame,
And biological effect image is shown at the second frame, the first shutter glasses are configured as being opened at first frame, and second
It is closed at frame and the second shutter glasses, is configured as being closed at first frame, and is opened at the second frame.
Detailed description of the invention
Its exemplary embodiment is described in detail by referring to accompanying drawing, the above and other feature of the invention will become brighter
It is aobvious, in attached drawing:
Fig. 1 be show it is according to the present invention include have biological effect image provide function display equipment mobile device
Exemplary embodiment block diagram；
Fig. 2 is the exemplary implementation for showing the display driver according to the present invention that function is provided with biological effect image
The block diagram of example；
Fig. 3 is to show operations according to the instant invention to show equipment to provide the exemplary implementation of the method for biological effect image
The flow chart of example；
Fig. 4 is to show operations according to the instant invention to show equipment to provide another demonstration of the method for biological effect image
The flow chart of embodiment；
Fig. 5 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Fig. 4；
Fig. 6 is to show operations according to the instant invention to show equipment to provide the exemplary implementation of the method for behavior induction image
The flow chart of example；
Fig. 7 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Fig. 6；
Fig. 8 is to show operations according to the instant invention to show equipment to provide the exemplary embodiment of the method for phototherapy image
Flow chart；
Fig. 9 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Fig. 8；
Figure 10 A to 10C is the diagram of the exemplary embodiment for the phototherapy image that the method for describing through Fig. 8 provides；
Figure 11 is to show operations according to the instant invention to show equipment to provide another demonstration of the method for biological effect image
The flow chart of property embodiment；
Figure 12 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 11；
Figure 13 is to show operations according to the instant invention to show equipment to provide another demonstration of the method for biological effect image
The flow chart of property embodiment；
Figure 14 is to show operations according to the instant invention to show equipment to provide the demonstration of the method for behavior induction image in fact
Apply the flow chart of example；
Figure 15 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 14；
Figure 16 A to 16C is the diagram of the exemplary embodiment for the modulation operations that the method for describing through Figure 14 executes；
Figure 17 is to show operations according to the instant invention to show equipment to provide the demonstration of the method for circadian rhythm control image
The flow chart of property embodiment；
Figure 18 A and 18B are the diagrams of the exemplary embodiment for the modulation operations that the method for describing through Figure 17 executes；
Figure 19 A is to show operations according to the instant invention to show equipment to provide the demonstration of the method for anomalous trichromatism compensation image in fact
Apply the flow chart of example；
Figure 19 B is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 19 A；
Figure 20 is to show operations according to the instant invention to show equipment to provide the exemplary embodiment of the method for phototherapy image
Flow chart；
Figure 21 A to 21C is the diagram of the exemplary embodiment for the modulation operations that the method for describing through Figure 20 executes；
Figure 22 be show it is according to the present invention include have biological effect image provide function image processing unit shifting
The block diagram of another exemplary embodiment of dynamic equipment；
Figure 23 be show it is according to the present invention include have biological effect image provide function graphics processing unit shifting
The block diagram of another exemplary embodiment of dynamic equipment；
Figure 24 is that show according to one exemplary embodiment include handling code by operation image to execute biological effect figure
As providing the block diagram of another exemplary embodiment of the mobile device of the application processor of function；
Figure 25 be show it is according to the present invention include have biological effect image provide function display driver calculating
The block diagram of the exemplary embodiment of equipment；
Figure 26 be show it is according to the present invention include have biological effect image provide function graphics card calculating equipment
Another exemplary embodiment block diagram；
Figure 27 be show it is according to the present invention include by operation image handle code come execute biological effect image provide
The block diagram of another exemplary embodiment of the calculating equipment of the central processing unit of function；
Figure 28 is the block diagram for showing the exemplary embodiment of the electronic equipment according to the present invention including sensor；
Figure 29 A to 29C is the block diagram for the exemplary embodiment for describing the sensor of electronic equipment according to the present invention；
Figure 30 is the block diagram for showing another exemplary embodiment of the electronic equipment according to the present invention including sensor；
Figure 31 show it is according to the present invention using sensor operations show equipment come provide circadian rhythm control image
The flow chart of the exemplary embodiment of method；
Figure 32 be show it is according to the present invention using sensor operations show equipment come provide blink induction image method
Exemplary embodiment flow chart；
Figure 33 is the method for showing the display equipment according to the present invention using sensor operations control biological effect mode
Exemplary embodiment flow chart；
Figure 34 is to show according to the present invention selectively to provide biological effect image or original by using shutter glasses
Diagram of the beginning image to the exemplary embodiment of the electronic equipment of user；
Figure 35 is to show according to the present invention operate by using shutter glasses to show that equipment selectively provides biology effect
Answer image or original image to the flow chart of the exemplary embodiment of the method for user；
Figure 36 A is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 35；
Figure 36 B is the diagram for showing the exemplary embodiment for the picture frame that the first user is supplied to by the method for Figure 35；
Figure 36 C is the diagram for showing the exemplary embodiment for the picture frame that second user is supplied to by the method for Figure 35；
Figure 37 is the exemplary implementation of the biological effect image that the method for describing through Figure 35 is shown and compensation image
The diagram of example；
Figure 38 is to show according to the present invention selectively to provide biological effect image or original by using shutter glasses
Diagram of the beginning image to another exemplary embodiment of the electronic equipment of user；
Figure 39 is to show according to the present invention operate by using shutter glasses to show that equipment selectively provides biology effect
Answer image or original image to the flow chart of another exemplary embodiment of the method for user；And
Figure 40 is the exemplary embodiment for showing the picture frame that the first and second users are supplied to by the method for Figure 39
Diagram.
Specific embodiment
The present invention will be described more fully hereinafter with reference now, show various embodiments in the accompanying drawings.But
The present invention can be embodied in many different forms, and should not be construed as limited to embodiment set forth herein.And it is to provide
These embodiments make the displosure that will be thorough and complete, and of the invention by fully communicating to those skilled in the art
Range.Throughout attached drawing, similar reference label refers to similar element.
It will be understood that when element is referred to as " on another element ", it can be directly on another element or cental element
Part can be in-between.On the contrary, existing when element is referred to as " directly on another element " without intermediary element.
It will be understood that although term " first ", " second ", " third " etc. can be used herein come describe various elements, component,
Regions, layers, and/or portions, but these elements, component, regions, layers, and/or portions should not be limited by these terms.These
Term is only used to distinguish an element, component, region, layer or part and another element, component, region, layer or part.To,
In the case where not departing from teachings herein, " first element " discussed below, " component ", " region ", " layer " or " part " can
To be referred to as second element, component, region, layer or part.
Term as used herein is used only for the purpose of describing specific embodiments, without being intended to limitation.As used herein,
Singular " one ", "one" and "the" are intended to include plural form, including "at least one", except in addition non-content clearly refers to
Show."or" means "and/or".As used herein, term "and/or" includes any and institute of one or more related institute lists
There is combination.It will be further understood that, term " including " and/or " comprising " or " containing " and/or "comprising" when with illustrating herein
When in book, the presence of the feature, region, integer, step, operation, element, and/or component is specified, but without excluding one
Or other multiple features, region, integer, step, operation, the presence or addition of element, component and/or its group.
In addition, the relative terms at such as " lower " or " bottom " and " on relatively " or " top " can be used herein to describe
One element is to the relationship of another element, as shown in the figure.It will be understood that relative terms are intended to contain in addition to the orientation described in figure
The different direction of lid equipment.For example, being described as be in " lower " of other elements if the equipment in a width figure is reversed
The element of side will be located at " higher " side of other elements.Therefore the particular orientation of figure is depended on, exemplary term " lower " can be with
Cover " lower " and " higher " two orientation.Similarly, it if the equipment in a width figure is reversed, is described as be in other
Element " following " or " under " element will be located at other elements " above ".Therefore exemplary term " following " or " under " can be with
Cover two orientation above and below.
It is associated wrong (that is, limitation of measuring system) in view of measurement under discussion and with the measurement of specific quantity,
" about " as used herein or " approximation " include the inclined of the particular value of described value and such as those of ordinary skill in the art determination
Mean value within the tolerance interval of difference.For example, " about " may mean that described value one or more standard deviations it
It is interior, or within ± 30%, 20%, 10%, 5%.
Unless otherwise defined, otherwise all terms (including technical and scientific term) as used herein have and the displosure institute
The normally understood identical meaning of those of ordinary skill institute in the field of category.It should also be understood that such as in universaling dictionary
The term of those of definition should be interpreted as having consistent with their meanings in the context of related fields and the disclosure
The meaning, and will not be explained with idealization or meaning too formal, unless technically define herein.
Exemplary embodiment is described referring to the sectional view of the schematic diagram as Utopian embodiment herein.Similarly,
It is expected that the variation of the shape of the diagram of the result as such as manufacturing technology and/or tolerance.Thus, implementation described herein
Example should not be construed as being limited to the specific shape in region as shown here, but including for example because of the shape of manufacture generation
Deviation.It can have coarse and/or nonlinear characteristic for example, being illustrated or described as straight region usually.In addition, show
Acute angle can be round.Therefore, region shown in figure is inherently schematical, and their shape is not intended to show
The accurate shape in region out, and have no intention to limit the scope of the claims.
Below with reference to attached drawing describes exemplary embodiment of the invention in detail.
Fig. 1 be show according to one exemplary embodiment include have biological effect image provide function display equipment shifting
The block diagram of the exemplary embodiment of dynamic equipment.
Referring to Fig.1, the exemplary embodiment of mobile device 100 includes application processor 110, memory devices 130, communication
Processor 150 and display equipment 200.According to one exemplary embodiment, mobile device 100 can be any mobile device, such as all
As cellular telephone, smart phone, tablet computer, personal digital assistant (" PDA "), portable media player (" PMP "),
Digital camera, music player, portable game console, navigation system or video telephone.
The operation of the control mobile device 100 of application processor 110.In an exemplary embodiment, for example, application processing
Device 110 can run operating system (" OS ") and various applications (for example, such as internet visit device, game application or video are broadcast
Put device) control the operation of mobile device 100.Application processor 110 may include the graphics process list of control display equipment 200
Member (" GPU ") 115.GPU 115 can provide the first image data RGB for original image (that is, aobvious to display equipment 200
Show image data used in original image) and for controlling the control signal for showing equipment 200 (for example, vertical synchronizing signal, water
Flat synchronization signal, data enable signal, clock signal etc.).
Communication processor 150 can execute wired or wireless communication with external equipment.In an exemplary embodiment, example
Such as, communication processor 150 can execute ethernet communication, near-field communication (" NFC "), radio frequency identification (" RFID ") communication, movement
Communication, storage cartoon letters, universal serial bus (" USB ") communication, wireless Internet, Wireless Fidelity (" Wi-Fi "), global location
System (" GPS "),(bluetooth) (" BT ") etc..Communication processor 150 may include baseband chipsets, and can
To support such as global system for mobile communications (" GSM "), general packet radio (" GPRS "), wideband code division multiple access
(" WCDMA ") or high-speed uplink/downlink packets access (" HSxPA ").In some exemplary embodiments, using place
Reason device 110 and communication processor 150 may be implemented as one single chip.In other exemplary embodiments, application processor 110
It may be implemented as isolated chip with communication processor 150.
Memory devices 130 can be coupled to application processor 110, and can be used as main memory work.One
In a exemplary embodiment, for example, memory devices 130 can store the data handled by application processor 110, it can store
The data transmitted by communication processor 150, or working storage can be served as.In an exemplary embodiment, for example, depositing
Storage device 130 can be volatile memory devices, such as dynamic random access memory (" DRAM "), static random-access
Memory (" SRAM "), mobile DRAM, double data rate (" DDR ") synchronous dram (" SDRAM "), low-power DDR (" LPDDR ")
SDRAM or D graphics DR (" GDDR ") SDRAM.Alternatively, memory devices 130 can be non-volatile memory devices, such as
Electrically erasable programmable read-only memory (" EEPROM "), flash memory, phase change random access memory devices (" PRAM "), resistance
Random access memory (" RRAM "), millimicro (nano) floating gate memory (" NFGM "), condensate random access memory
(" PoRAM "), magnetic RAM (" MRAM ") or ferroelectric RAM (" FRAM ") etc..
Display equipment 200 can be coupled to application processor 110, and can be based on by application processor 110
The image data RGB that GPU 115 is provided shows image.Display equipment 200 may include the display panel 230 for showing image,
And the display driver 250 of driving display panel 230.According to one exemplary embodiment, display panel 230 can be any type
Display panel, for example, such as organic light emitting display (" OLED ") panel, liquid crystal display (" LCD ") panel or plasma
Display panel (" PDP ").
Display driver 250 can receive the first image data RGB for being used for original image from GPU 115, and can be with
Display panel 230 is driven based on the first image data RGB to show original image corresponding with the first image data RGB.?
In some exemplary embodiments, display driver 250 may be implemented as one single chip.At predetermined frame, display driver 250
Display can be driven based on the second image data BIO_RGB for biological effect image rather than the first image data RGB
Panel 230 is to show biological effect image rather than original image.It, can be by biological effect figure in some exemplary embodiments
As being inserted between the frame of original image.In other exemplary embodiments, biological effect image can be by modulating original graph
As (for example, by synthesizing original image with predetermined image, or red luma, Green brightness by adjusting original image
At least one of with blue luminences) it generates.
In some exemplary embodiments, biological effect image can be the predefined action for inducing user or observer
Behavior induce image.In an exemplary embodiment, for example, biological effect image, which can be induction user, blinks blinking for its
Eye induction image.In other exemplary embodiments, biological effect image be can be by adjusting scheduled sub-pixel data (example
Such as, blue subpixel data) come increase or decrease user melatonin secretion and generate circadian rhythm control image.Also exist
In other exemplary embodiments, biological effect image can be anomalous trichromatism compensation image, wherein increasing the brightness (example of particular color
Such as, red luma or Green brightness) enhance the visibility of the user with anomalous trichromatism.It is raw also in other exemplary embodiments
Object effect image can be phototherapy image, for providing anti-inflammatory therapy, papule therapy, wrinkle therapy, skin-whitening therapy, depression
Disease therapy, sterilization therapy etc..
As described above, the exemplary embodiment of display driver 250 according to the present invention can have biological effect image
Function is provided.Display driver 250 may include providing the image processing unit 260 of function for executing biological effect image
(for example, image processor).
Image processing unit 260 can receive the first the image data RGB, Ke Yi for being used for original image from GPU 115
The first image data RGB is exported at first frame as it is, and can be exported at the second frame for biological effect image
Second image data BIO_RGB rather than the first image data RGB.
In some exemplary embodiments, display driver 250 can also include the of storage for biological effect image
The memory cell (for example, other memory devices) of two image data BIO_RGB, and image processing unit 260 can be with
Output stores the second image data BIO_RGB in a memory cell rather than the first image data RGB at the second frame.It is aobvious
Show that driver 250 can also include driving unit or driver, the driving unit or driver are based at first frame from image
The first image data RGB that processing unit 260 exports drives display panel 230, and is based at the second frame from image procossing
The second image data BIO_RGB that unit 260 exports drives display panel 230.In some exemplary embodiments, driven in display
The the second image data BIO_RGB stored in the memory for including in dynamic device 250 can be for each pixel have " 0 " or
The binary picture data of the value of " 1 ".In other exemplary embodiments, the second image data BIO_RGB is for each pixel
It can have two or more bits.It is the exemplary implementation of binary picture data in wherein the second image data BIO_RGB
In example, memory cell can have small size, so that display driver 250 can have small size.Some exemplary real
It applies in example, the second image data BIO_RGB stored in a memory cell can have size corresponding with entire frame.At it
In its exemplary embodiment, the second image data BIO_RGB can have a part of corresponding size with frame.In such reality
It applies in example, memory cell can have small size, and to which display driver 250 can have small size.
In other exemplary embodiments, image processing unit 260 can be generated by the first image data RGB of modulation
Second image data BIO_RGB, and generated second image data BIO_RGB can be output to driving at the second frame
Unit.In some exemplary embodiments, image processing unit 260 by the first image data RGB and can be used for predetermined image
The image data synthesis of (for example, behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image, phototherapy image etc.) comes
Biological effect image is generated, wherein covering original image with predetermined image.In an exemplary embodiment, for example, can lead to
It crosses and the image data for being used for predetermined image is added to the first image data RGB at a predetermined ratio, or by with scheduled
The image data for being used for predetermined image is multiplied by ratio with the first image data RGB, original to generate wherein predetermined image covering
The biological effect image of image.In other exemplary embodiments, image processing unit 260 can be by increasing or decreasing
At least one in red subpixel data, green subpixel data and blue subpixel data for including in one image data RGB
It is a to generate the second image data BIO_RGB.In other exemplary embodiments again, include in display driver 250 is deposited
Storage unit can store the information about the modulation operations executed by image processing unit 260, and image processing unit 260
Modulation operations can be executed based on the information of storage in a memory cell.In an exemplary embodiment, for example, storage
Information in a memory cell may include position in frame of the data modulated, it is to be added or multiplied by data
Value, red, which instruction, coefficient of modulation operations for being modulated of green and blue sub-pixel data etc..
In an exemplary embodiment, as described above, image processing unit 260 can be in one in the frame of every predetermined quantity
Or the second image data BIO_RGB for biological effect image is exported at multiple second frames rather than received first image of institute
Data RGB, and display driver 250 can drive display panel 230 to show life based on the second image data BIO_RGB
Object effect image.Therefore, in such embodiments, biological effect image can be provided a user, for example, such as behavior induces
Image, phototherapy image, anomalous trichromatism compensation image or circadian rhythm control image.
In some exemplary embodiments, display equipment 200 can periodically show biological effect image.Such
In embodiment, image processing unit 260 can be in one or more of frame of every predetermined quantity corresponding with predetermined period
Output is used for the second image data BIO_RGB of biological effect image at two frames.In an exemplary embodiment, for example, figure
As processing unit 260 can export the second image data BIO_RGB for biological effect image with one frame per second.Thus,
In the exemplary embodiment of the display equipment 200 to be worked with about 120 hertz (Hz), it can be shown in a frame with every 120 frame
Biological effect image.In other exemplary embodiments, show that inter frame temporal interval used in biological effect image can not be
Fixed.In other exemplary embodiments again, biological effect image can be shown at every frame.
In some exemplary embodiments, display driver 250 can drive display panel 230 to show biological effect image
Up to predetermined lasting time, which is shorter than the duration that user feels.In such embodiments, display is driven
Dynamic device 250 can execute subconscious driving operation.In an exemplary embodiment, for example, display driver 250 can lead to
Display panel 230 overdrive to be longer than the period of predetermined time in predetermined quantity or less successive frame (for example, driving in 120Hz
4 frames or less frame in the case where dynamic) at show biological effect image, come so that user will not feel biological effect consciously
Answer image.Therefore, the demonstration of the display equipment 200 and mobile device 100 according to the present invention including display driver 250 is real
Biological effect image can be provided by applying example, any inconvenience without causing user.
In some exemplary embodiments, display driver 250 can drive display panel 230 to be shown at odd-numbered frame it
Middle synthesis original image and predetermined image are (for example, behavior induction image, circadian rhythm control image, anomalous trichromatism compensate image, phototherapy
Image etc.) biological effect image, and can drive display panel 230 be shown at even frame wherein synthesize original image and
To the compensation image of the complementary image of predetermined image complementation.In an exemplary embodiment, for example, display driver 250 can
To increase the modulation behaviour of the red subpixel image of the first image data RGB for original image at odd-numbered frame by executing
Make to generate biological effect image, and the first image data for being used for original image can be reduced at even frame by executing
The modulation operations of the red subpixel data of RGB generate compensation image.Thus, biological effect is provided a user at odd-numbered frame
Image, and compensation image is provided a user at even frame.Therefore, biological effect image is alternately provided to user this
In the embodiment of compensation image, user can feel original image based on the biological effect and compensation image alternately provided,
User is provided to by the effect of biological effect image (for example, behavior induction, phototherapy, circadian rhythm control etc.) simultaneously.Cause
This, such embodiment of display equipment 200 and mobile device 100 including display driver 250 can provide biological effect figure
Picture, any inconvenience without causing user.
As described above, in an exemplary embodiment, display driver 250 can be at one or more of the frame of every predetermined quantity
At a frame based on the second image data BIO_RGB for biological effect image rather than the first image data RGB is aobvious to drive
Show panel 230.Therefore, the exemplary embodiment of mobile device 100 and display equipment 200 can be used with biological effect image
The display driver 250 of function is provided to provide biological effect image.In some exemplary embodiments, including display driver
250 display equipment 200 and mobile device 100 is by display biological effect image up to the short duration to biological effect figure
As not felt consciously by user, any inconvenience of the biological effect image without causing user can be provided.In such reality
It applies in example, display driver 250 can have the function of that biological effect image provides the data without external equipment in itself
Processing, thus the power consumption and data processing amount of the mobile device 100 for providing biological effect image can be reduced.Such
In embodiment, display driver 250, display equipment 200 and mobile device 100 can provide life while showing original image
Object effect image, so that user can be only used for biological effect without separating the time by biological effect image contributions.
In some exemplary embodiments, mobile device 100 can also include input equipment (for example, such as keyboard or touching
Touch screen) and output equipment (for example, such as loudspeaker).In some exemplary embodiments, mobile device 100 can also include using
In power supply, the camera image processor (" CIS ") etc. powered to mobile device 100.
In some exemplary embodiments, the component of mobile device 100 or mobile device 100 can seal in a variety of manners
Dress, such as laminate packaging (package on package, " PoP "), ball grid array (Ball grid arrays, " BGA "), core
Chip size package (chip scale package, " CSP "), plastic tape leaded chip carrier (plastic leaded chip
Carrier, " PLCC "), plastics dual-in-line package (plastic dual in-line package, " PDIP "), in lamination
Bare die form (die in wafer form), chip on board (chip in bare die encapsulation (die in waffle pack), chip
On board, " COB "), ceramic double-row straight cutting encapsulation (ceramic dual in-line package, " CERDIP "), plastics
Standard four-armed olfactometer (plastic metric quad flat pack, " MQFP "), slim four-armed olfactometer (thin
Quad flat pack, " TQFP "), small outline integrated circuit (small outline integrated circuit,
" SOIC "), the small outline packages of scaled-down version (shrink small outline package, " SSOP "), slim small outline packages
(thin small outline package, " TSOP "), system in package (system in package, " SIP "), multicore
Piece encapsulation (multi chip package, " MCP "), wafer level structure encapsulate (wafer-level fabricated
Package, " WFP ") or wafer-level process stacked package (wafer-level processed stack package,
“WSP”)。
Fig. 2 is the demonstration for showing the display driver that function is provided with biological effect image according to one exemplary embodiment
The block diagram of property embodiment.
Referring to Fig. 2, the exemplary embodiment of display driver 250 may include image enhancing unit 255, image procossing list
Member 260, memory interface 265, memory cell 270 and driving unit 280.In some exemplary embodiments, display driving
Device 250 may be implemented as one single chip.Display driver 250 can also include the operation timing of control display driver 250
Sequence controller.
Image enhancing unit 255 can receive the first image data RGB and the predetermined control letter for original image from GPU
Number CTRL.In an exemplary embodiment, for example, control signal CTRL may include vertical synchronizing signal, horizontal synchronization letter
Number, data enable signal, clock signal etc..Image enhancing unit 255 can execute image enhancement for the first image data RGB
Processing, such as luminance compensation, automatic backlight control (" ABC "), gamma correction or image quality improvement.
Memory cell 270 can store the information about biological effect image.In some exemplary embodiments, work as system
When making display driver 250, the information about biological effect image can be write in memory cell 270.In other demonstrations
In property embodiment, the information about biological effect image can be deposited by external equipment (for example, GPU) via memory interface 265
Storage is in memory cell 270 and updates.For example, in an exemplary embodiment, when the display including display driver 250
When equipment work is in sleep pattern, the information about biological effect image can be stored in via memory interface 265 is deposited
In storage unit 270 and update.In some exemplary embodiments, the information about biological effect image may include for giving birth to
Second image data BIO_RGB of object effect image.According to one exemplary embodiment, corresponding with the second image data BIO_RGB
Biological effect image can be behavior induction image, phototherapy image, anomalous trichromatism compensation image or circadian rhythm control image.According to showing
Exemplary embodiment, the second image data BIO_RGB being stored in memory cell 270 can be binary picture data, or
Person can be the image data for having two or more bits for each pixel.In other exemplary embodiments, about life
The information of object effect image may include the information about the modulation operations executed by image processing unit 260.For example, at one
In exemplary embodiment, the information about modulation operations may include position in frame of the data modulated, it is to be added or
Multiplied by the values of data, red, green and blue sub-pixel data which modulated instruction, modulation operations coefficient
Deng.
Image processing unit 260 can receive processed first image data RGB', for by image enhancing unit 255
The first image data RGB of image enhancement processing is executed to it.Image processing unit 260 in the normal mode can as former state to
Driving unit 280 provides the first image data RGB'.In biological effect mode, processing unit 260 can be in first frame to drive
Moving cell 280 provides processed first image data RGB' as it is, and can mention in the second frame to driving unit 280
For the second image data BIO_RGB for biological effect image rather than processed first image data RGB'.Some
In exemplary embodiment, the second image data BIO_RGB for biological effect image can be stored in memory cell 270
In, and image processing unit 260 can export the second image data BIO_ being stored in memory cell 270 in the second frame
RGB rather than the first image data RGB.In other exemplary embodiments, image processing unit 260 can be located by modulation
First image data RGB' of reason generates the second image data BIO_RGB, and can be at the second frame by generated the
Two image data BIO_RGB are output to driving unit 280.For example, in an exemplary embodiment, image processing unit 260 can
With by by the first image data RGB and be used for predetermined image (for example, behavior induce image, phototherapy image, anomalous trichromatism compensation figure
As, circadian rhythm control image etc.) image data synthesize to generate the second image data BIO_RGB.In other examples, scheme
As processing unit 260 can be by increasing or decreasing the red sub-pixel number for including in processed first image data RGB'
The second image data BIO_RGB is generated according at least one of, green subpixel data and blue subpixel data.
Driving unit 280 can based on the processed first image data RGB' provided from image processing unit 260 or
The second image data BIO_RGB drives display panel.For example, in an exemplary embodiment, driving unit 280 can be to
Display panel 230, which provides data-signal SDATA and panel signal SPANEL (for example, scanning signal, emissioning controling signal etc.), to be come
Show image corresponding with processed first image data RGB' or the second image data BIO_RGB.Driving unit 280 from
Image processing unit 260 receives in the exemplary embodiment of the second image data BIO_RGB, and driving unit 280 can be based on the
Two image data BIO_RGB drive display panel 230 to show biological effect image, so as to provide a user biological effect figure
Picture.In some exemplary embodiments, driving unit 280 may include gate drivers, source electrode driver etc..
As described above, the exemplary embodiment of display driver 250 according to the present invention can be in the frame of every predetermined quantity
One or more frames at based on the second image data BIO_RGB for biological effect image rather than the first image data
RGB drives display panel 230.Therefore, biological effect image can be provided a user, for example, such as behavior induces image, light
It treats image, anomalous trichromatism compensation image or circadian rhythm and controls image.In such embodiments, display driver 250 can be certainly
Have the function of that biological effect image provides the data processing without external equipment in body, thus can reduce for providing biology
The power consumption and data processing amount of the mobile device 100 of effect image.
Fig. 3 is to show operations according to the instant invention to show equipment to provide the exemplary implementation of the method for biological effect image
The flow chart of example.
Referring to figs. 1 to 3, display driver 250 can receive the first image data RGB (S110) of frame.At first frame
(S130: first frame), it is received that the image processing unit 260 for including in display driver 250 can export institute as it is
First image data RGB.The driving unit 280 for including in display driver 250 can be driven based on the first image data RGB
Display panel 230.Display panel 230 can show original image (S150) corresponding with the first image data RGB.
At the second frame after the first frame of predetermined quantity (the S130: the second frame), image processing unit 260 can be exported
For biological effect image the second image data BIO_RGB rather than the first image data RGB.Driving unit 280 can be with base
Display panel 230 is driven in the second image data BIO_RGB, and display panel 230 can be shown and the second image data
The corresponding biological effect image (S170) of BIO_RGB.In some exemplary embodiments, biological effect image can be behavior and lure
Lead image, circadian rhythm control image, anomalous trichromatism compensation image, phototherapy image etc..In other exemplary embodiments, biological effect
Image can be composograph, wherein original image and behavior induction image, circadian rhythm control image, anomalous trichromatism are compensated image
With the synthesis of at least one of phototherapy image.In some exemplary embodiments, biological effect image can be periodically shown.
For example, in an exemplary embodiment, shown during N number of continuous first frame original image (wherein N be greater than 0 it is whole
Number) after, biological effect image can be shown during M continuous second frames, wherein M is greater than 0 integer.Thus, it can
Biological effect image is shown with the period with M+N frame.
In some exemplary embodiments, display driver 250 may include second that storage is used for biological effect image
The memory cell 270 of image data BIO_RGB, and image processing unit 260 can be exported at the second frame and is stored in
The second image data BIO_RGB rather than the first image data RGB in storage unit.
In other exemplary embodiments, image processing unit 260 can be generated by the first image data RGB of modulation
Second image data BIO_RGB, and the second image data BIO_RGB can be output to driving unit 280 at the second frame.
According to one exemplary embodiment, image processing unit 260 can by by the first image data RGB and be used for predetermined image (for example,
Behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image, phototherapy image etc.) image data synthesis generate the
Two image data BIO_RGB, or can be by increasing or decreasing the red sub-pixel number for including in the first image data RGB
The second image data BIO_RGB is generated according at least one of, green subpixel data and blue subpixel data.
As described above, in the exemplary embodiment of display equipment or mobile device including display driver 250, because
Display driver 250 has the function of that biological effect image provides the data processing without external equipment in itself, so can
To reduce for providing the power consumption and data processing amount of the mobile device of biological effect image.
Fig. 4 is to show operations according to the instant invention to show that equipment provides the another exemplary real of the method for biological effect image
The flow chart of example is applied, and Fig. 5 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Fig. 4.
Referring to Fig.1,2,4 and 5, the memory cell 270 for including in display driver 250 can store for biology effect
Answer the second image data BIO_RGB (S310) of image 340.According to one exemplary embodiment, for biological effect image 340
Two image data BIO_RGB can be the image data for behavior induction image, for the image of circadian rhythm control image
Data compensate the image data of image for anomalous trichromatism or for the image data of phototherapy image.
Display driver 250 can receive the first image data RGB (S320) corresponding with a frame.In order to periodically show
Show biological effect image 340, display driver 250 can by being used to indicate the quantity of received frame frame count FRAME_
CNT is compared with the predetermined value for corresponding to desired cycle T (S330).When frame count FRAME_CNT is not equal to or does not match pre-
When definite value (S330: no), the image processing unit 260 for including in display driver 250 can export received first image of institute
Data RGB, the driving unit 280 for including in display driver 250 can drive display panel based on the first image data RGB
230, and display panel 230 can show original image 320 (S340) corresponding with the first image data RGB.Work as display surface
When plate 230 shows original image 320 corresponding with the first image data RGB of a frame, display driver 250 can be by frame count
FRAME_CNT adds 1 (S350).Display equipment 200 including display driver 250 can show original image 320, until frame meter
Number FRAME_CNT reaches predetermined quantity.
When frame count FRAME_CNT is matched with or is equal to predetermined value (S330: yes), image processing unit 260 can be defeated
The second image data BIO_RGB for being stored in memory cell 270 out rather than the first image data RGB, driving unit 280
Display panel 230 can be driven based on the second image data BIO_RGB, and display panel 230 can be shown and the second figure
As the corresponding biological effect image 340 (S360) of data BIO_RGB.According to one exemplary embodiment, biological effect image 340 can be with
It is behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image or phototherapy image.Display driver 250 can be by frame
It counts FRAME_CNT and is initialized as zero (0) (S370), and aforesaid operations can be repeated.Thus, display equipment 200 can be with
Cycle T shows biological effect image 340.
It therefore, as shown in Figure 5, is including the demonstration of the display equipment 200 or mobile device 100 of display driver 250
Property embodiment in, can show original image 320, and can be shown at one or more frames of each cycle T biology effect
Answer image 340 rather than original image 320.As described above, being set in the display equipment 200 or movement for including display driver 250
In standby 100 exemplary embodiment, wherein display driver 250 have the function of in itself the offer of biological effect image without
The data processing of external equipment, it is possible to reduce for providing the power consumption and data processing of the mobile device 100 of biological effect image
Amount.
Fig. 6 is to show operations according to the instant invention to show that equipment provides the exemplary embodiment of the method for behavior induction image
Flow chart, and Fig. 7 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Fig. 6.
Referring to Fig.1,2,6 and 7, the memory cell 270 for including in display driver 250 can store predetermined for inducing
User behavior behavior induction image 440 the second image data BIO_RGB (S410).In some exemplary embodiments,
Behavior induction image 440, which can be based on (conformity) effect is comformed, induces user to blink its comform image or blink
Induce image.
Display driver 250 can receive the first image data RGB (S420) corresponding with a frame.In order to periodically show
Show behavior induce image 440, display driver 250 can by being used to indicate the quantity of received frame frame count FRAME_
CNT is compared with the predetermined value for corresponding to desired cycle T (S430).When frame count FRAME_CNT does not match predetermined value
When (S430: no), image processing unit 260 can export the received first image data RGB of institute, and driving unit 280 can be with base
Display panel 230 is driven in the first image data RGB, and display panel 230 can be shown and RGB pairs of the first image data
The original image 420 (S440) answered.When display panel 230 shows original image corresponding with the first image data RGB of a frame
When 420, frame count FRAME_CNT can be added 1 (S450) by display driver 250.Display equipment including display driver 250
200 can show original image 420, until frame count FRAME_CNT reaches the predetermined quantity.
When frame count FRAME_CNT is matched with predetermined value (S430: yes), image processing unit 260, which can export, to be deposited
The second image data BIO_RGB for being stored in storage unit 270 rather than the first image data RGB, driving unit 280 can be with bases
Display panel 230 is driven in the second image data BIO_RGB, and display panel 230 can be shown and the second image data
Corresponding behavior induction image 440 (S460) of BIO_RGB.In an exemplary embodiment, for example, behavior induces image 440
It can be blink induction image, and the user for inducing image to be provided to that blinks may blink its eye due to bandwagon effect.It is aobvious
Show that frame count FRAME_CNT can be initialized as 0 (S470) by driver 250, and aforesaid operations can be repeated.Thus, it shows
Show that equipment 200 can induce image 440 with cycle T epideictic behaviour.
In some exemplary embodiments, image 440 can be induced to reach predetermined lasting time with epideictic behaviour, this is predetermined lasting
Time is shorter than the duration that user feels consciously.For example, in an exemplary embodiment, it can be in each period
Epideictic behaviour induces image 440 during a frame of T.In such embodiments, behavior induction image 440 can not be had by user
Consciousness ground is felt, to will not cause any inconvenience of user.In such embodiments, behavior induction image 440 can be with
It is stimulated as subconsciousness and is provided to user, so that behavior induction image 440 can pass through bandwagon effect or subliminal learning
And the behavior of user is induced, for example, the blink of user.
It therefore, as shown in Figure 7, is including the demonstration of the display equipment 200 or mobile device 100 of display driver 250
In property embodiment, original image 420 can be shown, and epideictic behaviour can lure at one or more frames of each cycle T
Lead image 440 rather than original image 420.
Fig. 8 is to show operations according to the instant invention to show that equipment provides the stream of the exemplary embodiment of the method for phototherapy image
Cheng Tu, Fig. 9 are the diagrams for showing the exemplary embodiment of the picture frame shown by the method for Fig. 8, and Figure 10 A to 10C is to use
In the diagram of the exemplary embodiment for the phototherapy image that description is provided by the method for Fig. 8.
Referring to Fig.1,2 and 8 to 10, the memory cell 270 for including in display driver 250 can store for phototherapy
Second image data BIO_RGB (S510) of image 540.In some exemplary embodiments, for example, phototherapy image 540 can be with
It is anti-inflammatory therapy image, papule therapy image, wrinkle therapy image, skin-whitening therapy image, depression therapy image or kills
Bacterium therapy image.
Display driver 250 can receive the first image data RGB (S520) corresponding with a frame.In order to periodically show
Show phototherapy image 540, display driver 250 can by being used to indicate the frame count FRAME_CNT of the quantity of received frame with
Predetermined value corresponding to desired cycle T compares (S530).When frame count FRAME_CNT does not match predetermined value (S530: no)
When, image processing unit 260 can export the received first image data RGB of institute, and driving unit 280 can be based on the first image
Data RGB drives display panel 230, and display panel 230 can show original graph corresponding with the first image data RGB
As 520 (S540).When display panel 230 shows original image 520 corresponding with the first image data RGB of a frame, display
Frame count FRAME_CNT can be added 1 (S550) by driver 250.Display equipment 200 including display driver 250 can be shown
Show original image 520, until frame count FRAME_CNT reaches predetermined quantity.
When frame count FRAME_CNT is matched with predetermined value (S530: yes), image processing unit 260, which can export, to be deposited
The second image data BIO_RGB for being stored in storage unit 270 rather than the first image data RGB, driving unit 280 can be with bases
Display panel 230 is driven in the second image data BIO_RGB, and display panel 230 can be shown and the second image data
The corresponding phototherapy image 540 (S560) of BIO_RGB.In some exemplary embodiments, it is predetermined can to show that phototherapy image 540 reaches
Duration, the predetermined lasting time are shorter than the duration that user feels consciously.
In some exemplary embodiments, the second image data BIO_RGB stored in memory cell 270 be can wrap
Include the red subpixel data greater than green subpixel data and blue subpixel data for each pixel.For example, one
In a exemplary embodiment, the second image data BIO_RGB may include green with zero (0) value for each pixel
Pixel data, the blue subpixel data with zero (0) value and have be not zero (0) value (for example, maximum value) red son
Pixel data (S570).Therefore, as shown in FIG. 10A, phototherapy image 540 can have higher than Green brightness and blue luminences
Red luma provides anti-inflammatory therapy, papule therapy or wrinkle therapy.
In other exemplary embodiments, the second image data BIO_RGB stored in memory cell 270 be can wrap
Include the green subpixel data greater than red subpixel data and blue subpixel data for each pixel.For example, one
In a exemplary embodiment, the second image data BIO_RGB may include red with zero (0) value for each pixel
Pixel data, the blue subpixel data with zero (0) value and have be not zero (0) value (for example, maximum value) green son
Pixel data.Therefore, as shown in Figure 10 B, phototherapy image 540 can have bright higher than the green of red luma and blue luminences
Degree is to provide skin-whitening therapy.
In another other exemplary embodiments, the second image data BIO_RGB stored in memory cell 270 can
To include the blue subpixel data greater than red subpixel data and green subpixel data for each pixel.For example,
In an exemplary embodiment, the second image data BIO_RGB may include for the red with zero (0) value of each pixel
Sub-pixels data, the green subpixel data with zero (0) value and have be not zero (0) value (for example, maximum value) indigo plant
Sub-pixels data.Therefore, as shown in figure 10 c, phototherapy image 540 can have the indigo plant higher than red luma and Green brightness
Colour brightness come provide depression therapy or sterilization therapy.
It therefore, as shown in Figure 9, is including the demonstration of the display equipment 200 or mobile device 100 of display driver 250
In property embodiment, original image 520 can be shown, and can show phototherapy figure at one or more frames of each cycle T
As 540 rather than original image 520.
Figure 11 is to show operations according to the instant invention to show that equipment provides another demonstration of the method for biological effect image
The flow chart of embodiment, and Figure 12 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 11.
Referring to Fig.1,2,11 and 12, display driver 250 can receive first image data RGB corresponding with a frame
(S610).In order to periodically show that biological effect image 660, display driver 250 can will be used to indicate the received frame of institute
Quantity frame count FRAME_CNT with correspond to desired cycle T predetermined value compared with (S620).As frame count FRAME_
When CNT does not match predetermined value (S620: no), image processing unit 260 can export the received first image data RGB of institute,
Driving unit 280 can drive display panel 230 based on the first image data RGB, and display panel 230 can show with
The corresponding original image 620 (S630) of first image data RGB.When the first image data of display panel 230 display and a frame
When the corresponding original image 620 of RGB, frame count FRAME_CNT can be added 1 (S640) by display driver 250.It is driven including display
The display equipment 200 of dynamic device 250 can show original image 620, until frame count FRAME_CNT reaches predetermined quantity.
When frame count FRAME_CNT is matched with predetermined value (S620: yes), image processing unit 260 can pass through modulation
First image data RGB generates the second image data BIO_RGB for biological effect image 660, and can be by second
Image data BIO_RGB is output to driving unit 280 (S650).In some exemplary embodiments, image processing unit 260 can
With by the first image data RGB and be used for predetermined image (for example, behavior induction image, circadian rhythm control image, anomalous trichromatism compensate
Image, phototherapy image etc.) image data synthesize to generate biological effect image 600, wherein with predetermined image cover original graph
As 620.In other exemplary embodiments, image processing unit 260 can be by increasing or decreasing in the first image data RGB
In include at least one of red subpixel data, green subpixel data and blue subpixel data generate the second figure
As data BIO_RGB.
Driving unit 280 can drive display panel 230, and display panel based on the second image data BIO_RGB
230 can show biological effect image 660 (S660) corresponding with the second image data BIO_RGB.In some exemplary implementations
In example, biological effect image 660 can be composograph, wherein original image 620 and behavior are induced image, circadian rhythm control
Imaged, anomalous trichromatism compensation at least one of image and phototherapy image synthesis.Display driver 250 can be by frame count FRAME_
CNT is initialized as zero (0) (S670), and can repeat aforesaid operations.Thus, display equipment 200 can be shown with cycle T and be given birth to
Object effect image 660.
It therefore, as shown in Figure 12, is including the demonstration of the display equipment 200 or mobile device 100 of display driver 250
In property embodiment, original image 620 can be shown, and can show at one or more frames of each cycle T and pass through tune
Original image 620 processed and generate biological effect image 660.As described above, in the display equipment including display driver 250
200 or mobile device 100 this embodiment in, display driver 250 have the function of in itself biological effect image offer
Without the data processing of external equipment, and the power consumption of the mobile device 100 for providing biological effect image can be reduced
And data processing amount.
Figure 13 is to show operations according to the instant invention to show equipment to provide another demonstration of the method for biological effect image
The flow chart of property embodiment.
Referring to Fig.1,2 and 13, the modulation operations for original image to be executed by image processing unit 260 can be set
Setting value (S210).For example, in an exemplary embodiment, the setting value of modulation operations may include indicating whether to swash
Living organism effect image provides the BIO_EN of function, the BIO_CYCLE of expression frame number corresponding with the period of modulation operations, expression
The BIO_NUM and expression predetermined image of the frame number of biological effect image in a cycle are (for example, behavior induces image, life
Manage rhythm detection image, anomalous trichromatism compensation image, phototherapy image etc.) to the data weighting of original image or the BIO_ of data rate
DEPTH.According to one exemplary embodiment, the setting value of modulation operations can be arranged by the selection of user, can pass through outside
Equipment (for example, passing through GPU 115) automatic setting, or can be set to default value.In some exemplary embodiments, when
When showing that the work of equipment 200 is in sleep pattern, the setting value of modulation operations is can be set or updated.
Memory cell 270 can store the information BIO_DATA (S215) for biological effect image.According to demonstration
Embodiment can be written into or update when manufacturing display driver 250 or when showing that the work of equipment 200 is in sleep pattern
Information BIO_DATA for biological effect image.According to one exemplary embodiment, for the information BIO_ of biological effect image
DATA may include the setting value of modulation operations and/or for the binary system of the predetermined image to be synthesized to original image or more
In the image data of dibit.
Display driver 250 can receive the first image data RGB (S220) corresponding with a frame.Display driver 250
1 can be added by the frame count FRAME_CNT of the quantity of received frame for being used to indicate.Do not have when biological effect image provides function
Be activated (for example, BIO_EN=0) (S230: no) when, modulation operations are not carried out in image processing unit 260, and show drive
Dynamic device 250 can drive display panel 230 to show original image (S280) based on the first image data RGB.
When biological effect image to be activated provides function (for example, BIO_EN=1) (S230: yes), and frame count
FRAME_CNT is less than the frame number BIO_NUM of frame number BIO_CYCLE corresponding with the period of modulation operations and biological effect image
When (S240: being and S250: yes), image procossing processing unit 260 can be executed based on the information for biological effect image
BIO_DATA modulates the modulation operations (S260) of the first image data RGB.In some exemplary embodiments, image processing unit
260 can execute synthetic operation, and the synthetic operation is with set data weighting/ratio B IO_DEPTH predetermined image (example
Such as, behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image, phototherapy image etc.) cover original image.
Display driver 250 can drive display panel 230 to show the life for wherein synthesizing original image and predetermined image
Object effect image (S270).Display driver 250 can drive display panel 230 to show biological effect image, until frame meter
Number FRAME_CNT reaches the frame number BIO_NUM of biological effect image.
When frame count FRAME_CNT is greater than frame number BIO_NUM (S250: no) of biological effect image, image procossing list
Modulation operations are not carried out in member 260, and display driver 250 can drive display panel based on the first image data RGB
230 to show original image (S280).In addition, if frame count FRAME_CNT is greater than frame corresponding with the period of modulation operations
When number BIO_CYCLE (S240: no), frame count FRAME_CNT can be initially 0 (S245) by display driver 250, and can
To repeat aforesaid operations.
It therefore, can in the exemplary embodiment of display equipment 200 or mobile device 100 including display driver 250
To show biological effect at the first predetermined frame number BIO_NUM of each second predetermined frame number BIO_CYCLE corresponding with the period
Image, wherein having synthesized original image and predetermined image.As described above, in such embodiments, display driver 250 is certainly
Have the function of that biological effect image provides the data processing without external equipment in body, and can reduce for providing biology
The power consumption and data processing amount of the mobile device 100 of effect image.
Figure 14 is the exemplary embodiment for showing the method that operation display equipment according to the present invention provides behavior induction image
Flow chart, Figure 15 is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 14, and Figure 16 A is extremely
16C is the diagram of the exemplary embodiment for the modulation operations that the method for describing through Figure 14 executes.
Referring to Fig.1,2 and 14 to 16C, the memory cell 270 for including in display driver 250 can store for luring
Lead the image data (S710) of the behavior induction image 740 of scheduled user behavior.In some exemplary embodiments, behavior is lured
Lead image 740 can be based on bandwagon effect induce user blink its comform image or blink induction image.
Display driver 250 can receive the first image data RGB (S720) corresponding with a frame.In order to periodically show
Show behavior induce image 740, display driver 250 can by being used to indicate the quantity of received frame frame count FRAME_
CNT is compared with the predetermined value for corresponding to desired cycle T (S730).When frame count FRAME_CNT does not match predetermined value
When (S730: no), image processing unit 260 can export the received first image data RGB of institute, and driving unit 280 can be with base
Display panel 230 is driven in the first image data RGB, and display panel 230 can be shown and RGB pairs of the first image data
The original image 720 (S740) answered.When display panel 230 shows original image corresponding with the first image data RGB of a frame
When 720, frame count FRAME_CNT can be added 1 (S750) by display driver 250.Display equipment including display driver 250
200 can show original image 720, until frame count FRAME_CNT reaches predetermined quantity.
When frame count FRAME_CNT is matched with predetermined value (S730: yes), image processing unit 260 can pass through synthesis
First image data RGB and the image data for behavior induction image 740 stored in memory cell 270 generate the
Two image data BIO_RGB (S760).
For example, in an exemplary embodiment, as shown in fig. 16, the first image data RGB may include for every
Original Red color sub-pixel data ORD, the original green sub-pixel data OGD and initial blue color sub-pixel data OBD of a pixel, and
And image processing unit 260 can execute modulation operations, picture number of the modulation operations by inducing image 740 for behavior
According to red subpixel data determined by value f (BRD) multiplied by original Red color sub-pixel data ORD, with by being lured for behavior
Value f (BGD) determined by the green subpixel data of the image data of image 740 is led multiplied by original green sub-pixel data OGD,
And the value f (BBD) determined by the blue subpixel data by inducing the image data of image 740 for behavior is multiplied by original
Beginning blue subpixel data OBD.For example, in an exemplary embodiment, can according to set data weighting/ratio come
Change f determined by the red by the image data for behavior induction image 740, green and blue sub-pixel data
(BRD), f (BGD) and f (BBD) value.
In a further exemplary embodiment, as illustrated in figure 16b, image processing unit 260 can execute modulation operations,
The modulation operations add f (BRD) value determined by the red subpixel data as the image data for being used for behavior induction image 740
The green subpixel data institute for being added to original Red color sub-pixel data ORD, the image data of image 740 being induced by being used for behavior
Determining f (BGD) value is added to original green sub-pixel data OGD and will induce the picture number of image 740 by being used for behavior
According to blue subpixel data determined by f (BBD) value be added to initial blue color sub-pixel data OBD.
In another exemplary embodiment, as shown in fig. 16 c, image processing unit 260 can execute by original Red color,
Green and blue sub-pixel data ORD, OGD and OBD are changed into the modulation operations of fixed value FRD, FGD and FBD.
Driving unit 280 can drive display panel 230, and display panel based on the second image data BIO_RGB
230 can show biological effect image 760, wherein having synthesized original image 720 and behavior induction image 740 (S770).For example,
In an exemplary embodiment, behavior induction image 740 can be blink induction image, and including blink induction image
The user that biological effect image 760 is supplied to can blink its eye due to bandwagon effect.Display driver 250 can be by frame meter
Number FRAME_CNT is initialized as zero (0) (S780), and can repeat aforesaid operations.Thus, display equipment 200 can be with week
Phase T shows biological effect image 760.
In some exemplary embodiments, it can show that wherein having synthesized original image 720 and behavior induces image 740
Biological effect image 760 reaches predetermined lasting time, which is shorter than the duration that user feels consciously.
In such embodiments, behavior induction image 740 will not be felt consciously by user, so as to be effectively prevented from use
Any inconvenience at family.In such embodiments, behavior induction image 740 stimulates as subconsciousness and is provided to user, from
And behavior induction image 740 induces the behavior of user by bandwagon effect or subliminal learning, for example, the blink of user.
It therefore, as shown in Figure 15, is including the demonstration of the display equipment 200 or mobile device 100 of display driver 250
In property embodiment, original image 720 can be shown, and can show at one or more frames of each cycle T and wherein close
At original image 720 and behavior induction image 740 biological effect image 760 rather than original image 720.
Figure 17 is to show operations according to the instant invention to show that equipment provides the demonstration of the method for circadian rhythm control image
The flow chart of embodiment, and Figure 18 A and 18B are that the exemplary of modulation operations that the method for describing through Figure 17 executes is shown
Figure.
Referring to Fig.1,2,17,18A and 18B, display driver 250 can receive the first image data corresponding with a frame
RGB(S810).Display driver 250 can by being used to indicate the frame count FRAME_CNT of the quantity of received frame with it is corresponding
Compare (S820) in the predetermined value in desired period.When frame count FRAME_CNT does not match predetermined value (S820: no), figure
As processing unit 260 can export the received first image data RGB of institute, driving unit 280 can be based on the first image data
RGB drives display panel 230, and display panel 230 can show original image corresponding with the first image data RGB
(S830).When display panel 230 shows original image corresponding with the first image data RGB of a frame, display driver 250
Frame count FRAME_CNT can be added to 1 (S840).Display equipment 200 including display driver 250 can show original graph
Picture, until frame count FRAME_CNT reaches predetermined quantity.
When frame count FRAME_CNT is matched with predetermined value (S820: yes), image processing unit 260 can be by adjusting
The blue subpixel data for including in the first image data RGB, to generate for biological effect image (for example, circadian rhythm
Control image) the second image data BIO_RGB (S850).
In some exemplary embodiments, as shown in figure 18, image processing unit 260 can be by from the first image
Data RGB reduces blue subpixel data to generate the second image data BIO_RGB.In such embodiments, driving unit
280 the second image data BIO_RGB that can be reduced based on wherein blue subpixel data drive display panel 230, and
And display panel 230 can show the physiology section for preventing that melatonin is inhibited to secrete for wherein reducing blue luminences from original image
Rule control image (S860).
In other exemplary embodiments, as shown in Figure 18 B, image processing unit 260 can be by from the first image
Data RGB increases blue subpixel data to generate the second image data BIO_RGB.In such embodiments, driving unit
280 the second image data BIO_RGB that can be increased based on wherein blue subpixel data drive display panel 230, and
And display panel 230 can show the circadian rhythm control for inhibiting melatonin to secrete for wherein increasing blue luminences from original image
Imaged (S860).
Frame count FRAME_CNT can be initialized as zero (0) (S870) by display driver 250, and can be repeated
State operation.Thus, display equipment 200 can show that circadian rhythm controls image periodically.
It therefore, can in the exemplary embodiment of display equipment 200 or mobile device 100 including display driver 250
To show original image 320, and it can be shown at one or more frames in each period and wherein adjust indigo plant from original image
The circadian rhythm of colour brightness controls image.
Figure 19 A is to show operations according to the instant invention to show that equipment provides the exemplary implementation of the method for anomalous trichromatism compensation image
The flow chart of example, and Figure 19 B is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 19 A.
Referring to Fig.1,2,19A and 19B, display driver 250 can receive first image data RGB corresponding with a frame
(S910).Display driver 250 can by being used to indicate the frame count FRAME_CNT of the quantity of received frame with correspond to the phase
The predetermined value in the period of prestige compares (S920).When frame count FRAME_CNT does not match predetermined value (S920: no), at image
Reason unit 260 can export the received first image data RGB of institute, driving unit 280 can based on the first image data RGB come
Display panel 230 is driven, and display panel 230 can show original image 920 corresponding with the first image data RGB
(S930).When display panel 230 shows original image 920 corresponding with the first image data RGB of a frame, display driver
250 can add frame count FRAME_CNT 1 (S940).Display equipment 200 including display driver 250 can show original
Image 920, until frame count FRAME_CNT reaches predetermined quantity.
When frame count FRAME_CNT is matched with predetermined value (S920: yes), image processing unit 260 can pass through modulation
First image data RGB, to generate the second image data BIO_RGB (S950) for biological effect image 960.
In some exemplary embodiments, as shown in fig. 19b, image processing unit 260 passes through the first picture number of synthesis
Wherein original image 920 and anomalous trichromatism compensation 940 quilt of image are generated according to RGB and for the image data of anomalous trichromatism compensation image 940
The biological effect image 960 of covering or synthesis, to generate the second image data BIO_RGB for biological effect image 960.It drives
Moving cell 280 can drive display panel 230 based on the second image data BIO_RGB, and display panel 230 can be shown
Biological effect image 960, wherein original image 920 and anomalous trichromatism compensation image 940 are synthesized (S960).For example, demonstrating at one
Property embodiment in, anomalous trichromatism compensation image 940 can be wherein red luma and be increased to enhance the user with red anomalous trichromatism
Image, the Green brightness of visibility are increased to enhance the image of the visibility of the user with green anomalous trichromatism, red and green
Brightness is increased to enhance the image of the visibility of the user with red and green anomalous trichromatism.
In other exemplary embodiments, image processing unit 260 can pass through the red of the first image data RGB of increase
Sub-pixel data generates the second image data BIO_RGB (S950), and driving unit can be based on having an increased sub- picture of red
Second image data BIO_RGB of prime number evidence drives display panel 230, and display panel 230 can be shown wherein from original
Beginning image increases the anomalous trichromatism compensation image of red luma to enhance the visibility (S960) of the user with red anomalous trichromatism.
In another other exemplary embodiments, image processing unit 260 can be by increasing the first image data RGB's
Green subpixel data generates the second image data BIO_RGB (S950), and driving unit can be based on having an increased green
Second image data BIO_RGB of sub-pixel data drives display panel 230, and display panel 230 can be shown wherein
Increase the anomalous trichromatism compensation image of Green brightness from original image to enhance the visibility (S960) of the user with green anomalous trichromatism.
Frame count FRAME_CNT can be initialized as zero (0) (S970) by display driver 250, and can be repeated
State operation.Thus, display equipment 200 can show that anomalous trichromatism compensates image periodically, or wherein original image and anomalous trichromatism compensation
The image that image is synthesized.
It therefore, can in the exemplary embodiment of display equipment 200 or mobile device 100 including display driver 250
To show original image, and the anomalous trichromatism that wherein Green brightness is adjusted can be shown at one or more frames in each period
Compensate image.
Figure 20 is to show operations according to the instant invention to show that equipment provides the exemplary embodiment of the method for phototherapy image
Flow chart, and Figure 21 A to 21C is the exemplary diagram for the modulation operations that the method for describing through Figure 20 executes.
Referring to Fig.1,2 and 20 to 21C, display driver 250 can receive first image data RGB corresponding with a frame
(S1010).Display driver 250 can by being used to indicate the frame count FRAME_CNT of the quantity of received frame with correspond to
The predetermined value in desired period compares (S1020).When frame count FRAME_CNT does not match predetermined value (S1020: no), figure
As processing unit 260 can export the received first image data RGB of institute, driving unit 280 can be based on the first image data
RGB drives display panel 230, and display panel 230 can show original image corresponding with the first image data RGB
(S1030).When display panel 230 shows original image corresponding with the first image data RGB of a frame, display driver
250 can add frame count FRAME_CNT 1 (S1040).Display equipment 200 including display driver 250 can show original
Image, until frame count FRAME_CNT reaches predetermined quantity.
When frame count FRAME_CNT is matched with predetermined value (S1020: yes), image processing unit 260 can be by adjusting
One in red subpixel data, green subpixel data and blue subpixel data for including in the first image data RGB
A the second image data BIO_RGB (S1050) to generate for phototherapy image.
In some exemplary embodiments, as shown in figure 21 a, image processing unit 260 can be by increasing by the first figure
The second image data BIO_RGB is generated as the red subpixel data of data RGB.In such embodiments, driving unit
280 can drive display panel 230 based on the second image data BIO_RGB with increased red subpixel data, and
And display panel 230 can show the phototherapy image (S1060) for wherein increasing red luma from original image.According to exemplary real
Example is applied, the phototherapy image with increased red luma can be anti-inflammatory therapy image, papule therapy image or wrinkle therapy figure
Picture.
In other exemplary embodiments, as shown in figure 21b, image processing unit 260 can be by increasing by the first figure
The second image data BIO_RGB is generated as the green subpixel data of data RGB.In such embodiments, driving unit
280 can drive display panel 230 based on the second image data BIO_RGB with increased green subpixel data, and
And display panel 230 can show the phototherapy image (S1060) for wherein increasing Green brightness from original image.According to exemplary real
Example is applied, the phototherapy image with increased Green brightness can be skin-whitening therapy image.
In another other exemplary embodiments, as shown in Figure 21 C, image processing unit 260 can be by increasing by the
The blue subpixel data of one image data RGB generates the second image data BIO_RGB.In such embodiments, it drives
Unit 280 can drive display panel based on the second image data BIO_RGB with increased blue subpixel data
230, and display panel 230 can show the phototherapy image (S1060) for wherein increasing blue luminences from original image.According to showing
Exemplary embodiment, the phototherapy image with increased blue luminences can be depression therapy image or sterilization therapy image.
Frame count FRAME_CNT can be initialized as zero (0) (S1070) by display driver 250, and can be repeated
State operation.Thus, display equipment 200 can show phototherapy image periodically.
It, can at the frame immediately before or later for showing the frame where phototherapy image in some exemplary embodiments
To show the compensation image for being complementary to phototherapy image.For example, in an exemplary embodiment, the second figure for phototherapy image
As data BIO_RGB is the image data for increasing red subpixel data from the first image data RGB, image processing unit 260
The third image data that red subpixel data is wherein reduced from the first image data RGB can be generated, and driving unit can
With show the frame where phototherapy image it is direct before or after frame at display panel is driven based on third image data
230.To, display have the phototherapy image of increased red luma immediately before or later, can show to have and reduce
Red luma compensation image.Therefore, based on phototherapy image and compensation image, user can feel original image.Therefore,
Phototherapy image can be provided a user while user's imperceptible phototherapy image, thus will not cause user it is any not
Just.
Figure 22 be show it is according to the present invention include have biological effect image provide function image processing unit shifting
The block diagram of another exemplary embodiment of dynamic equipment.
Referring to Figure 22, the exemplary embodiment of mobile device 1100 include application processor 1110, memory devices 1120,
Communication processor 1160, display equipment 1150 and image processing unit 1180.Application processor 1110 may include control display
The GPU 1115 of equipment 1150.The mobile device 1100 shown in Figure 22 can have and the mobile device 100 that shows in Fig. 1
Similar configuration, in addition to image processing unit 1180 is implemented as the equipment separated with display driver, integrated circuit or chip.
In such embodiments, as described above, image processing unit 1180 may be implemented as and application processor
1110 equipment, integrated circuit or the chips separated with display equipment 1150.Image processing unit 1180 can connect from GPU 1115
The the first image data RGB for being used for original image is received, the first image data can be provided to display equipment 1150 at first frame
RGB, and the second image data BIO_RGB can be provided rather than the first image data RGB to display equipment 1150.Display is set
Standby 1150 can receive the first image data RGB for original image, and the first picture number can be based at first frame
Original image is shown according to RGB.At the second frame, display equipment 1150 can receive the second picture number for biological effect image
According to BIO_RGB, and biological effect image can be shown based on the second image data BIO_RGB at the second frame.According to demonstration
Property embodiment, biological effect image can be behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image or phototherapy figure
Picture, or can be wherein original image and behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image and phototherapy figure
A composograph being synthesized as in.
Figure 23 be show it is according to the present invention include have biological effect image provide function GPU mobile device it is another
The block diagram of one exemplary embodiment.
Referring to Figure 23, the exemplary embodiment of mobile device 1200 include application processor 1210, memory devices 1260,
Communication processor 1270 and display equipment 1250.Application processor 1210 may include the GPU of control display equipment 1250
1220.The mobile device 1200 shown in Figure 23 can have configuration similar with the mobile device 100 shown in Fig. 1, remove
It include image processing unit 1230 in the GPU1220 of application processor 1210.
Image processing unit 1230 can provide the first figure for being used for original image at first frame to display equipment 1250
As data RGB, and the second image data for being used for biological effect image can be provided to display equipment 1250 at the second frame
BIO_RGB rather than the first image data RGB.In some exemplary embodiments, GPU 1220, which may further include, to be used for
Memory cell of the storage for the second image data BIO_RGB of biological effect image, and image processing unit 1230 can
To provide the second image data BIO_RGB stored in a memory cell to display equipment 1250 at the second frame.Other
In exemplary embodiment, GPU 1220 can generate the second image data BIO_RGB by the first image data RGB of modulation,
And generated second image data BIO_RGB can be supplied to display equipment 1250 at the second frame.
Display equipment 1250 can receive the first image data RGB for original image, and can be at first frame
Original image is shown based on the first image data RGB.At the second frame, display equipment 1250 be can receive for biological effect figure
Second image data BIO_RGB of picture, and biological effect can be shown based on the second image data BIO_RGB at the second frame
Image.According to one exemplary embodiment, biological effect image can be behavior induction image, circadian rhythm control image, anomalous trichromatism and mend
Image or phototherapy image are repaid, or can be wherein original image and behavior induction image, circadian rhythm control image, anomalous trichromatism benefit
Repay in image and phototherapy image composograph being synthesized.
Figure 24 be show it is according to the present invention include by operation image handle code come execute biological effect image provide
The block diagram of another exemplary embodiment of the mobile device of the application processor of function.
Referring to Figure 24, the exemplary embodiment of mobile device 1300 include application processor 1310, memory devices 1320,
Communication processor 1360 and display equipment 1350.Application processor 1310 may include the GPU of control display equipment 1350
1315.The mobile device 1300 shown in Figure 24 can have configuration similar with the mobile device 100 shown in Fig. 1, remove
It is executed based on the image procossing code 1330 stored in memory devices 1320 that biological effect image, which provides function,.
Memory devices 1320, which can store, provides the image procossing code 1330 of function for biological effect image, and
Application processor 1310 can handle code 1330 with operation image to be optionally provide for the first picture number of original image
Display equipment 1350 is given according to RGB or the second image data BIO_RGB for biological effect image.In some exemplary embodiments
In, memory devices 1320 can also store the second image data BIO_RGB for biological effect image, and by application
The image procossing code 1330 that reason device 1310 is run can provide second stored in memory devices 1320 at predetermined frame
Image data BIO_RGB rather than the first image data RGB.In other exemplary embodiments, transported by application processor 1310
Capable image procossing code 1330 can generate the second image data BIO_RGB by the first image data RGB of modulation, and
The second image data BIO_RGB generated can be supplied to display equipment 1350 at predetermined frame.
Display equipment 1350 can receive the first image data RGB or the second image data BIO_RGB, and can be based on
First image data RGB shows original image or shows biological effect image based on the second image data BIO_RGB.
Such as display in Figure 24 and as described above, in an exemplary embodiment, image procossing code 1330 is stored in conduct
In the memory devices 1320 of the main memory of mobile device 1300, but not limited to this.In some replacement exemplary embodiments
In, image procossing code 1330 can store the internal storage on the display panel 230 for being formed on display equipment 1350
In.For example, in an exemplary embodiment, display equipment 1350 may include display panel 230, and in display panel
The internal storage provided on 230, wherein image procossing code 1330 is stored in internal storage.In internal storage
The image procossing code 1330 of storage can be run by application processor 1310 or another processor, be come selectively to display surface
Plate 230 provides the first image data RGB or the second image data BIO_RGB.
Figure 25 be show it is according to the present invention include have biological effect image provide function display driver calculating
The block diagram of the exemplary embodiment of equipment.
Referring to Figure 25, calculate equipment 1400 exemplary embodiment include central processing unit (" CPU ") 1410, input/
Output wire collector 1420, i/o controller hub 1430, at least one processor equipment 1440,1450 and of graphics card
Show equipment 1460.In some exemplary embodiments, calculating equipment can be arbitrary by calculating equipment 1400, such as personal electricity
Brain (" PC "), server computer, work station, tablet computer, laptop computer, mobile phone, smart phone, PDA, PMP,
Digital camera, digital television, set-top box, music player, portable game console, navigation equipment etc..In such reality
It applies in example, calculating equipment 1400 may include the image processing unit in the display driver 1480 of display equipment 1460
1490, as described above with reference to Figure 1.
CPU 1410 can control the operation for calculating equipment 1400.CPU 1410 can execute specific calculating or task is come
Control calculates the operation of equipment 1400.CPU 1410 may include processor core.For example, in an exemplary embodiment,
CPU 1410 can be single core processor or multi-core processor, dual core processor, four core processors, six core processors etc..
In an exemplary embodiment, calculating equipment 1400 may include single cpu 1410, and as shown in Figure 25, but not limited to this.
In some replacement exemplary embodiments, calculating equipment 1400 may include multiple CPU.
CPU 1410 may include the Memory Controller for controlling the operation of memory devices 1440.Memory devices 1440
It can be couple to CPU 1410, and the main memory that can be used as calculating equipment 1400 carrys out work.Include in CPU 1410
Memory Controller can be referred to as integrated memory controller (" IMC ").In other exemplary embodiments, memory control
Device processed may include in input/output wire collector 1420.Input/output wire collector 1420 including Memory Controller can be with
Referred to as memory controller hub (" MCH ").
Input/output wire collector 1420, which can be managed, to be transmitted between CPU 1410 and the equipment of such as graphics card 1450
Data.Input/output wire collector 1420 can be via including front side bus (" FSB "), system bus, super transmission
(HyperTransport), lightning data transport (" LDT "), Quick Path Interconnect (QuickPath interconnect,
" QPI ") and one of the various interfaces of public system interface (" CSI ") be couple to CPU 1410.In an exemplary embodiment, as schemed
It is shown in 25, calculating equipment 1400 includes an input/output wire collector 1420, and but not limited to this.It demonstrates in some replacements
Property embodiment in, calculate equipment 1400 may include multiple input/output wire collectors.Input/output wire collector 1420 can mention
For the various interfaces with equipment, including accelerated graphics port (" AGP ") interface, dedicated peripheral component interface (" PCIe ") and communication
Flow transmission architecture (" CSA ") interface.
I/o controller hub 1430 can execute data buffering and interface arbitration effectively to operate each germline
System interface.I/o controller hub 1430 can be couple to input/output wire collector 1420 via various interfaces,
In various interfaces include direct media interface (" DMI "), hub interface, enterprise's south bridge interface (" ESI ") and PCIe.Input/
O controller hub 1430 can provide the various interfaces with peripheral equipment.For example, in an exemplary embodiment, it is defeated
Enter/o controller hub 1430 can provide the port, Serial Advanced Technology Attachment universal serial bus (" USB ")
The port (" SATA "), universal input/output (" GPIO "), low pin count (" LPC ") bus, PCI and PCIe.
In some exemplary embodiments, CPU 1410, input/output wire collector 1420 and i/o controller collection
Line device 1430 may be implemented as individual chipset or individual integrated circuit.In other exemplary embodiments, CPU
1410, at least two in input/output wire collector 1420 and i/o controller hub 1430 can be integrated into list
Only chipset.
Graphics card 1450 can be couple to input/output wire collector 1420 via AGP or PCIe.Graphics card 1450 can be controlled
Make display equipment 1460 for displaying images.Graphics card 1450 may include internal processor and internal storage to handle figure
Picture.In some exemplary embodiments, internal graphics device can be integrated into input/output wire collector 1420.Interior view
Shape equipment can be referred to as integrated graphics, and the input/output wire collector including Memory Controller and internal graphics device
Figure and memory controller hub (" GMCH ") can be referred to as.
Display equipment 1460 may include the display panel 1470 for showing figure, and for driving display panel 1470
Display driver 1480.According to one exemplary embodiment, display panel 1470 can be any display panel, such as face OLED
Plate, LCD panel, PDP etc..Display driver 1480 can receive the first image data for being used for original image from graphics card 1450
RGB, and display panel 1470 can be driven to show original image based on the first image data RGB at first frame.?
At two frames, display driver 1480 can based on the second image data BIO_RGB for biological effect image rather than first
Image data RGB drives display panel 1470 to show biological effect image.According to one exemplary embodiment, biological effect image
It can be behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image or phototherapy image, or can be wherein original
A conjunction being synthesized in image and behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image and phototherapy image
At image.
Figure 26 be show it is according to the present invention include have biological effect image provide function graphics card calculating equipment
Another exemplary embodiment block diagram.
Referring to Figure 26, calculate equipment 1500 exemplary embodiment include CPU 1510, input/output wire collector 1520,
I/o controller hub 1530, at least one processor equipment 1540, graphics card 1550 and display equipment 1580.?
The calculating equipment 1500 shown in Figure 26 can have configuration similar with the calculating equipment 1400 shown in Figure 25, in addition to image
Processing unit 1560 is included in graphics card 1550.
Graphics card 1550 can be coupled in via input/output wire collector 1520 CPU 1510 and display equipment 1550 it
Between, and can control display equipment 1550.There is provided to 1550 property of can choose of graphics card including image processing unit 1560
The first image data RGB for original image or the second image data BIO_RGB for biological effect image are set to display
Standby 1550 show original image or biological effect image.In some exemplary embodiments, graphics card 1550 can be further
Including for storing the memory cell for being used for the second image data BIO_RGB of biological effect image, and image procossing list
Member 1560 can provide the second image data BIO_RGB stored in a memory cell to display equipment 1550.Show other
In exemplary embodiment, graphics card 1550 can generate the second image data BIO_RGB by the first image data RGB of modulation,
And generated second image data BIO_RGB can be supplied to display equipment 1580.According to one exemplary embodiment, biological
Effect image can be behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image or phototherapy image, or can be
A wherein quilt in original image and behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image and phototherapy image
The composograph of synthesis.
Figure 27 be show it is according to the present invention include by operation image handle code come execute biological effect image provide
The block diagram of another exemplary embodiment of the calculating equipment of the CPU of function.
Referring to Figure 27, calculate equipment 1600 exemplary embodiment include CPU 1610, input/output wire collector 1620,
I/o controller hub 1630, memory devices 1640, graphics card 1670 and display equipment 1680.Memory devices
1640 can store image procossing code 1650.The calculating equipment 1600 that shows in Figure 27 can have and show in Figure 25
The similar configuration of equipment 1400 is calculated, is based on being stored in memory devices 1640 in addition to biological effect image provides function
Image procossing code 1650 executes.
Memory devices 1640, which can store, provides the image procossing code 1650 of function for biological effect image, and
CPU 1610 can with operation image handle code 1650 come be optionally provide for original image the first image data RGB or
The second image data BIO_RGB for biological effect image gives display equipment 1680.In some exemplary embodiments, storage
Device equipment 1640 can also store the second image data BIO_RGB for biological effect image, and be run by CPU 1610
Image procossing code 1650 the second image data BIO_ stored in memory devices 1640 can be provided at predetermined frame
RGB rather than the first image data RGB.In other exemplary embodiments, the image procossing code that is run by CPU 1610
1650 can generate the second image data BIO_RGB by the first image data RGB of modulation, and can at predetermined frame incite somebody to action
Second image data BIO_RGB generated is supplied to display equipment 1680.According to one exemplary embodiment, image procossing code
1650 can be included in OS, or may be implemented as individually running program.
In an exemplary embodiment, as shown in Figure 27, image procossing code 1650 is stored in as calculating equipment
In the memory devices 1640 of 1600 main memory, but not limited to this.In some replaceability exemplary embodiments, image
Processing code 1650 can be stored in the internal storage formed on the display panel 1470 of display equipment 1680.
Figure 28 is the block diagram of the exemplary embodiment of the electronic equipment according to the present invention including sensor, and Figure 29 A is extremely
29C is the block diagram for showing the exemplary embodiment of sensor of electronic equipment according to the present invention.
Referring to Figure 28, the exemplary embodiment of electronic equipment 2200 may include processor 2210, memory devices 2220
With display equipment 2230.Electronic equipment 2200 can be mobile device or calculate equipment.Display equipment 2230 may include display
Panel 2240, display driver 2250 and sensor 2260.In such embodiments, display equipment 2230 can also include passing
Sensor 2260.
Sensor 2260 can sense light.In some exemplary embodiments, sensor 2260 can with sensing incident light or
Environment light.For example, in an exemplary embodiment, sensor 2260 can be the light of the coloration of measurement incident light or environment light
Sensor.Display equipment 2230 can provide circadian rhythm control figure based on the coloration of measured incident light (or environment light)
Picture.For example, in an exemplary embodiment, when the coloration of incident light is close to yellow, display driver 2250 can lead to
It crosses and reduces blue subpixel data from the image data for original image to generate the physiology section with reduced blue luminences
Rule control image.Circadian rhythm control image with reduced blue luminences can prevent from inhibiting the melatonin point of user
It secretes.Although blue luminences are reduced, because the coloration of incident light (or environment light) is close to yellow, user will not feel
Feel the reduction of blue luminences.In other exemplary embodiments, sensor 2260 can sense the blink of user.For example,
In one exemplary embodiment, sensor 2260 can be the imaging sensor for capturing the image of user.Show that equipment 2230 can
Image is induced to provide the behavior of induction user's blink based on detected blink.In another other exemplary embodiments
In, sensor 2260 can sense incident infrared light.Display equipment 2230 can initiate or terminate biology in response to infrared light
Effective pattern.
According to one exemplary embodiment, biography can be arranged or provided at the active region or peripheral region of display panel 2240
Sensor 2260.In some exemplary embodiments, as shown in Figure 29 B, sensor 2260a can be disposed in around display
At the neighboring area 2280a of the active region 2270a of panel 2240a.In other exemplary embodiments, as shown in Figure 29 A,
Sensor 2260b can be disposed at the active region of display panel 2240b.For example, in an exemplary embodiment, passing
Sensor 2260b can be disposed between sub-pixel or pixel.In another other exemplary embodiments, as shown in Figure 29 C,
Sensor 2260c can be disposed on the printed circuit board 2290c for being couple to display panel 2240c.
Figure 30 is the block diagram for showing another exemplary embodiment of the electronic equipment according to the present invention including sensor.
Referring to Figure 30, the exemplary embodiment of electronic equipment 2300 may include processor 2310, memory devices 2320,
Show equipment 2330 and sensor 2340.Electronic equipment 2300 can be mobile device or calculate equipment.It is shown in Figure 30
Electronic equipment 2300 can have configuration similar with the electronic equipment 2200 shown in Figure 26, in addition to sensor 2340 is arranged
Outside display equipment 2230, the detailed description of its any repeatability will be omitted.
Figure 31 show it is according to the present invention using sensor operations show equipment come provide circadian rhythm control image
The flow chart of the exemplary embodiment of method.
Referring to Figure 31, the coloration of sensor measurement incident light or environment light is can be used in the exemplary embodiment of electronic equipment
Or color coordinates (S2410).In such embodiments, when the coloration measured does not indicate yellow (S2430: no), display
Equipment can show original image (S2450).
In such embodiments, when the coloration of measurement indicates yellow (S2430: yes), display equipment can show life
Rhythm detection image is managed, wherein reducing blue luminences (S2470) compared with original image.Life with reduced blue luminences
Reason rhythm detection image can be effectively prevented the melatonin secretion for inhibiting user.In such embodiments, when blue is bright
When degree is reduced, because the coloration of incident light (or environment light) is yellow, user does not feel as the reduction of blue luminences.
Therefore, it is effectively prevented and inhibits the circadian rhythm control image of melatonin secretion that can be provided to user without causing user
Any inconvenience.
Figure 32 be show it is according to the present invention using sensor operations show equipment come provide blink induction image method
Exemplary embodiment flow chart.
Referring to Figure 32, sensor is can be used to detect the blink of user (S2510) in the exemplary embodiment of electronic equipment.
According to one exemplary embodiment, sensor can be complementary metal oxide semiconductor (" the CMOS ") image for capturing the image of user
Sensor or charge (" CCD ") imaging sensor.
In such embodiments, when the period that user does not bat an eyelid being shorter than predetermined reference time (S2520: no), electricity
Sub- equipment can show original image (S2530).In such embodiments, it is longer than predetermined ginseng when the period that user does not bat an eyelid
When examining the time (S2520: yes), electronic equipment can show the behavior induction image of induction user's blink, or wherein original graph
The composograph (S2550) that picture and behavior induction image are synthesized.Therefore, in such embodiments, can be effectively prevented
The scheroma of user.
Figure 33 is the method for showing the display equipment according to the present invention using sensor operations control biological effect mode
Exemplary embodiment flow chart.
Referring to Figure 33, sensor is can be used to sense infrared light (S2610) in the exemplary embodiment of electronic equipment.One
In a little exemplary embodiments, sensor can be infrared light transducer[sensor or infra-red radiation (" IR ") sensor.
In response to the infrared light sensed, biological effect mode (S2630) can be initiated or be terminated to electronic equipment.According to showing
Exemplary embodiment, in response to the infrared light sensed, electronic equipment can also adjust the period of biological effect image, biological effect
The type etc. of image.
Figure 34 is to show the offer biological effect image or original selective by using shutter glasses according to the present invention
Beginning image to the exemplary embodiment of the electronic equipment of user diagram, Figure 35 be show it is according to the present invention by using shutter
Glasses operation shows equipment selectively to provide biological effect image or original image to the flow chart of the method for user, figure
36A is the diagram for showing the exemplary embodiment of the picture frame shown by the method for Figure 35, and Figure 36 B is shown through Figure 35
Method is supplied to the exemplary embodiment of the picture frame of the first user, and Figure 36 C is to show to be supplied to by the method for Figure 35
The diagram of the exemplary embodiment of the picture frame of two users.
Referring to Figure 34 and 35, the exemplary embodiment of the display equipment 1720 in electronic equipment 1700 be can receive and a frame
(for example, each frame) corresponding image data (S1810).In such embodiments, for example, electronic equipment 1700 can be shifting
Dynamic equipment calculates equipment.
In such embodiments, when present frame is odd-numbered frame (S1820: odd), electronic equipment 1700 can pass through tune
Original image processed generates biological effect image (S1830).According to one exemplary embodiment, biological effect image can be behavior and lure
Image, circadian rhythm control image, anomalous trichromatism compensation image or phototherapy image are led, or can be wherein original image and behavior lures
Lead a composograph being synthesized in image, circadian rhythm control image, anomalous trichromatism compensation image and phototherapy image.
In some exemplary embodiments, as shown in Figure 26 A, electronic equipment 1700 can be by synthesizing original image
1910 and predetermined image 1920 (for example, behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image or phototherapy image)
To generate biological effect image 1930.In other exemplary embodiments, electronic equipment 1700 can by adjusting red luma,
At least one of Green brightness and blue luminences generate biological effect image.According to one exemplary embodiment, biological effect figure
As that can be generated by showing the display driver of equipment 1720, can be generated by GPU or graphics card, or can lead to
It crosses by the predetermined code of processor operation and generates.
Electronic equipment 1700 can provide control signal to shutter glasses 1750 via scheduled wired or wireless communication
Control (for example, opening) shutter glasses 1750 (S1840).Display equipment 1720 can show wherein original image 1910 and make a reservation for
The biological effect image 1930 (S1850) that image 1920 is synthesized.Therefore, at odd-numbered frame, biological effect image 1930 can be with
It is provided to the first user 1740 for wearing shutter glasses 1750 and the second user 1760 for not wearing shutter glasses 1750.
In such embodiments, when present frame is even frame (S1820: even), electronic equipment 1700 can pass through tune
Original image processed compensates image (S1860) to generate.According to one exemplary embodiment, compensation image can by display driver,
GPU, graphics card are generated by predetermined code of processor operation etc..
In some exemplary embodiments, as shown in Figure 36 A, compensation image 1950 can be by synthesizing original image
1910 and the complementary image 1940 of predetermined image 1920 is complementary to generate.In other exemplary embodiments, electronic equipment
1700 can inversely be adjusted in red luma, Green brightness and blue luminences extremely by the adjustment with biological effect image
Lack one to generate compensation image.
For example, in an exemplary embodiment, as shown in Figure 37, the biological effect image 1930 at odd-numbered frame can
To be generated by the red sub-pixel for increasing the image data for original image 1910, such as to provide anomalous trichromatism compensation, resist
Scorching therapy, papule therapy, wrinkle therapy etc..In such embodiments, the compensation image 1950 at even frame can pass through
The red subpixel data of the image data for original image 1910 is reduced to compensate at biological effect image 1930
The increase of red subpixel data generates.Thus, by increasing being reduced data or passing through for biological effect image 1930
That reduces biological effect image 1930 is increased data to generate compensation image 1950, and biological effect image 1930 and compensation
Image 1950 is alternately supplied in such embodiment of user, and user is based on the biological effect image 1930 alternately provided
Original image 1910 can be felt with compensation image 1950.
Electronic equipment 1700 can provide control signal to shutter glasses 1750 via scheduled wired or wireless communication
It closes shutter glasses 1750 (S1870).Display equipment 1720 can show wherein original image 1910 and complementation map as 1940 quilts
The compensation image 1950 (S1880) of synthesis.Therefore, at odd-numbered frame, compensation image 1950 can be merely provided to not wearing
Wear the second user 1760 of shutter glasses 1750.
Therefore, as shown in Figure 36 B, the first user 1740 for wearing shutter glasses 1750 can be provided at odd-numbered frame
Biological effect image 1930, and it is not provided any image at even frame.For example, in an exemplary embodiment, biology
Effect image 1930 can be anomalous trichromatism image, or the composograph that wherein original image and anomalous trichromatism image are synthesized, and have
There is the first user 1740 of anomalous trichromatism that can be merely provided anomalous trichromatism image by wearing shutter glasses 1750.
In addition, as shown in Figure 36 C, do not wear shutter glasses 1750 second user 1760 can at odd-numbered frame quilt
Biological effect image 1930 is provided, and is provided compensation image 1950 at even frame.Therefore, in such embodiments, raw
Object effect image 1930 and compensation image 1950 are alternately supplied to second user 1760, allow second user 1760 real
Original image 1910 is felt in matter.
In other exemplary embodiments, electronic equipment 1700 will not use shutter glasses 1750, and can be with fixation
Or variable period show at least one biological effect image 1930, at least one compensation image 1950 and multiple original images
1910.In such embodiments, although electronic equipment 1700 provides biological effect image 1930 to user, user can be with
Substantially feel original image 1910.
Figure 38 is to show according to the present invention selectively to provide biological effect image or original by using shutter glasses
Image to another exemplary embodiment of the electronic equipment of user diagram, Figure 39 be show it is according to the present invention by using fast
Peephole mirror operation display equipment selectively provides biological effect image or original image to another demonstration of the method for user
The flow chart of embodiment, and Figure 40 is the demonstration for showing the picture frame for being supplied to the first and second users of the method by Figure 39
The diagram of property embodiment.
Referring to Figure 38,39 and 40, the exemplary embodiment of the display equipment 2020 for including in electronic equipment 2000 can be with
Receive image data (S2110) corresponding with frame.In such embodiments, for example, electronic equipment 2000 can be mobile set
Standby or calculating equipment.
In such embodiments, when present frame is odd-numbered frame (S2120: odd), electronic equipment 2000 can produce and/
Or the biological effect image 2080 (S2130) that display is as shown in Figure 40.According to one exemplary embodiment, biological effect image 2080
It can be behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image or phototherapy image, or can be wherein original
A conjunction being synthesized in image and behavior induction image, circadian rhythm control image, anomalous trichromatism compensation image and phototherapy image
At image.According to one exemplary embodiment, biological effect image 2080 can by display driver, GPU, graphics card, by handling
Predetermined code etc. of device operation generates.In such embodiments, electronic equipment 2000 can be via scheduled wired or nothing
Line communicates to control the first shutter glasses 2050 and the second shutter glasses 2070, for example, opening the first shutter glasses 2050 and closing
Close the second shutter glasses 2070 (S2140).Display equipment 2020 can show biological effect image 2080 (S2150).Therefore, exist
At odd-numbered frame, biological effect image 2080 can be provided to the first user 2040 for wearing shutter glasses 2050, without providing
To the second user 2060 for wearing the second shutter glasses 2070.
In such embodiments, when present frame is even frame (S2120: even), use is not carried out in electronic equipment 2000
In the modulation operations 2090 of original image.In such embodiments, electronic equipment 2000 can be via scheduled wired or nothing
Line communication closes the first shutter glasses 2050 and opens the second shutter glasses 2070 (S2160).Display equipment 2020 can be shown
Original image 2090 (S2170).Therefore, at even frame, original image 2090, which is not provided to, wears the first shutter glasses
2050 the first user 2040, and the second user 2060 for wearing the second shutter glasses 2070 can be supplied to.Therefore, only biology is imitated
Answer image 2080 that can be provided to the first user 2040 for wearing the first shutter glasses 2050, and only original image 2090 can be with
It is provided to the second user 2060 for wearing the second shutter glasses 2070.
Exemplary embodiment of the invention can be applied to any mobile device or any meter as described in this
Equipment is calculated, for example, cellular handset, smart phone, tablet computer, PDA, PMP, digital camera, music player, portable game
Console, navigation system, video telephone, PC, server computer, work station, laptop computer etc..
It is above the explanation of exemplary embodiment, and is not construed as its limitation.Although it have been described that some demonstrations
Property embodiment, but the person skilled in the art will easily understand, without substantially be detached from exemplary embodiment novel teachings
In the case where advantage, many modifications are possible in an exemplary embodiment.Therefore, all such modifications are intended to be included in
As within the scope of exemplary embodiment defined in claims.It will therefore be appreciated that being saying for exemplary embodiment above
It is bright to be limited to disclosed specific embodiment without to be interpreted, and modification to disclosed example embodiment and other
Example embodiment is intended to include within the scope of the appended claims.The present invention is by following following claims and to be included in
Claim equivalent therein defines.
Claims (17)
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| KR10-2014-0056614 | 2014-05-12 | ||
| KR1020140056614A KR101703748B1 (en) | 2014-05-12 | 2014-05-12 | Electronic device providing a bioeffect image |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP2015215617A (en) | 2015-12-03 |
| KR101703748B1 (en) | 2017-02-08 |
| EP2945117A2 (en) | 2015-11-18 |
| US9990722B2 (en) | 2018-06-05 |
| CN105877697A (en) | 2016-08-24 |
| JP6068555B2 (en) | 2017-01-25 |
| KR20150129936A (en) | 2015-11-23 |
| US20150324981A1 (en) | 2015-11-12 |
| EP2945117A3 (en) | 2016-01-06 |
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